Latest Articles for Telecommunications

Examining how noise impacts quantum teleportation methods and their effectiveness.

Learn how optical networks have transformed modern communication and their ongoing advancements.

Exploring the unique interaction of light and materials in fiber optics.

A fresh perspective on electromagnetic coupling improves microwave circuit design.

A practical solution for detecting modulation types in wireless communications.

A new technique enhances stability in electromagnetic field models, addressing conductivity and frequency issues.

A new scheduling method ensures data rate guarantees in mobile networks.

Deep learning transforms radio propagation modeling for better wireless communication.

Combining fluid antennas and intelligent surfaces enhances wireless communication in dynamic environments.

Exploring Fluid Antenna Systems and Reconfigurable Intelligent Surfaces.

Exploring physical layer security for enhanced privacy in wire-line conversations.

New techniques in DCR promise precise measurements at nanoscale using counter-propagating solitons.

Exploring energy-saving strategies for sustainable mobile network operations.

New methods enhance small models' accuracy in telecommunications question answering.

Exploring the significance of redundancy and excess in fusion frames for better data representation.

New methods in error correction improve data recovery from deletions.

Exploring how autoencoders can improve PAPR in optical communication systems.

New techniques improve signal quality for efficient communication in complex environments.

Researchers enhance light control using innovative topological waveguides for various technologies.

Examining methods to improve speech clarity in noisy settings through deep learning.

New GMM-based pilot design enhances channel estimation in wireless systems.

Combining satellite and terrestrial networks offers better internet access in cities.

Combining quantum and classical approaches to improve communication systems and beamforming.

New techniques reduce noise in multi-soliton states for optical technologies.

Researchers improve quantum communication by simulating Gaussian channels using quantum teleportation.

Researchers connect semiconductor lasers to create unique light patterns.

A look at how electromagnetic waves interact with obstacles and their significance.

Researchers are pushing laser technology limits using superradiance for improved stability.

New technologies are improving the efficiency of near-infrared light detectors.

LEO satellites improve global positioning and communication through ground station collaboration.

Metasurfaces enhance communication by optimizing signal transmission and efficiency.

Innovative loss function improves CQI prediction accuracy in dynamic 5G environments.

This article presents a machine learning approach for anomaly detection in telecommunication systems.

Addressing communication delays enhances remote control of robots.

Convolutional codes ensure accurate data transmission in communication systems.

A study on improving efficiency in network slice management across multiple domains.

New materials and techniques improve the efficiency of mid-infrared optical waveguides.

Discover how Airalo connects users to local networks globally.

Exploring the benefits and challenges of integrating NTNs and O-RAN in 5G.

A look at beam hopping and its impact on satellite data transmission.